HPRC 2500 – Hard Case with Cubed Foam (Orange)

Introduction

Store, transport, and protect your gear with the lightweight, waterproof, unbreakable, black HPRC (High-Performance Resin Cases) 2500 Hard Case with Internal Bag and Dividers Kit. The case can be used to carry audio, photo and video equipment, and much more. It meets ATA 300 specifications for transit cases. Virtually unbreakable, the hard-resin shell is designed for protection. The interior rubber O-ring ensures the case is air and watertight. Carry your case with the comfortable, soft-grip handle. To maintain proper pressure, the case has an air pressure release valve.

This case includes an internal bag case with four, padded dividers and a roll of touch-fastening tape. To custom organise gear, simply cut the dividers to the desired length and apply the tape as needed. The bag is constructed from padded, water-resistant, 1000D nylon, and may be used alone or with the hard case. It features a zippered closure, a top handle, and D-rings for attaching an optional shoulder strap.

Construction

• Lightweight, unbreakable TTX01 resin exterior
• Crushproof, weatherproof, acid-corrosion proof and non-conductive
• Interior case included
• Neoprene PA66 O-ring keep the cases air and watertight
• Tight closures
• Reinforced corners
• Stainless steel hardware
• Reinforced, double-hinged locking system for increased safety and security
• Moulded-in hasp allows for optional padlock

Product Highlights

• Interior case is a strong and padded internal 1000 denier Cordura bag with dividers inside. It has a comfortable handle and convenient rings for optional straps
• Temperature rating: -40 to +176F (-40 to +80C)
• Case is carried by an SEBS rubber, super-soft rigid grip handle
• Backed by a lifetime replacement warranty

HPRC2500IC Certifications

• Meets or exceeds ATA (Air Transport Association) 300 rated for shipping cases
• IP67-rated
• STANAG 4280 and DS 81-41 are NATO equivalents for military specifications for standardised endurance and quality tests designed to simulate extreme situation